Bsc Preferred PBAS445 Anti-static Poly Bags 1000/CS

Product Description

The BSC PREFERRED PBAS445 is a case of 1000 pink anti-static polyethylene bags designed to protect electronic components from electrostatic discharge as well as dirt, dust, and moisture. Manufactured from pink anti-static polyethylene film, these bags provide a low-cost, reliable method of storing and transporting static-sensitive parts. The pink tint is a widely recognized visual indicator of anti-static packaging, making it easy to identify protected components at a glance. The case ships at approximately 8.16 pounds and measures 7 inches by 11 inches by 4.75 inches packaged.

These bags are suited for electronics assembly facilities, repair shops, and any environment where static-sensitive components must be stored or shipped safely. Typical users include electronics technicians, warehouse staff, and field service professionals who handle circuit boards, ICs, sensors, and similar components. The bags can be closed using twist ties, bag tape, or impulse sealers, giving installers flexibility in sealing method based on workflow and throughput requirements.

Key Features

• Pink anti-static polyethylene film construction dissipates static build-up to protect sensitive electronic components
• Guards against dirt, dust, and moisture during storage and transit
• Compatible with twist tie, bag tape, or impulse sealer closure methods
• Pink coloring serves as a standard visual indicator for anti-static packaging
• Sold as a case of 1000 bags for high-volume use

Compatibility

Designed as a general-purpose anti-static packaging solution for static-sensitive electronic components including circuit boards, integrated circuits, and similar devices. This product is equivalent to part number S-6585.

Installation Notes

No tools are required for standard use. Insert components carefully to avoid puncturing the film, then seal using your preferred closure method. For impulse sealer use, ensure the sealer is rated for polyethylene film. Store sealed bags away from sharp edges and high-heat environments that could compromise the anti-static film properties.